Precision Laser Cutting for 0.06mm (60μm) Magnetic Steel Sheet of High-End Electronic Component Support Layers

Precision Laser Cutting for 0.06mm (60μm) Magnetic Steel Sheet

Applications: High-End Electronic Component Support Layers

Precision laser cutting of 0.06mm (60μm) magnetic steel sheets plays a critical role in the manufacturing of support structures and functional layers within high-end electronic components. These ultra-thin sheets are used where mechanical support, magnetic performance, and dimensional precision are essential, such as in multilayer assemblies, compact modules, and advanced signal-processing devices.

⚙️ Typical Applications:

1. Support Layers in High-End Electronics

• Acts as a structural or magnetic support in multilayer circuit modules, signal filters, and sensor assemblies

• Provides mechanical reinforcement without adding bulk

2. Magnetic Shielding Substrates

• Integrated into components requiring EMI shielding, such as RF modules, communication chips, or power converters

3. High-Precision Component Housing

• Forms part of compact enclosures for precision capacitors, microcontrollers, and MEMS devices

Technical Advantages of Laser Cutting for 60μm Sheets:

• High accuracy with micron-level tolerance

• No mechanical deformation or burrs

• Capable of cutting complex geometries and micro-slots

• Non-contact process protects material surface integrity

• Excellent for batch production and rapid prototyping

Compatible Materials:

• Magnetic stainless steel (e.g., SUS430, SUS410)

• FeNi and FeSi soft magnetic alloys

• Laminated magnetic foils for hybrid shielding

Industries Served:

• Advanced Electronics

• Communication Modules

• Semiconductor Packaging

• Aerospace & Defense Electronics

• Instrumentation Systems

• Industrial Sensors